connecting with i.c.e. through makerspaces, coding, and big data

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Connecting with I.C.E. through makerspaces, coding, and big data. Kim FlintoLearning Futures Advisor Curtin Teaching and Learning New pathways to Innovation, Creativity and Entrepreneurship

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Page 1: Connecting with I.C.E. through makerspaces, coding, and big data

Connecting with I.C.E. through makerspaces, coding, and big data.

Kim Flintoff Learning Futures Advisor Curtin Teaching and Learning

New pathways to Innovation, Creativity and Entrepreneurship

Page 2: Connecting with I.C.E. through makerspaces, coding, and big data

0102Maker Culture and Maker PedagogyUsing creation to drive enquiry - HARD FUN.

“This idea of making, of building, of constructing has a strong basis in research. Active learning increases

the rate of learning faster than passive learning. Simply watching others build or make things fire up

parts of our brain that are left untouched by passive learning.”

http://www.core-ed.org/thought-leadership/ten-trends/ten-trends-2014/maker-culture

Page 3: Connecting with I.C.E. through makerspaces, coding, and big data

0103Libraries and MakerspacesManaging knowledge in many forms

"Librarianship is not about artefacts, it is about knowledge

and facilitating knowledge creation. So what should we be

spending our precious resources on? Knowledge

creation tools, not the results of knowledge creation."

Lankes, R. D. (2011). The atlas of new librarianship. Cambridge, Mass: MIT Press.

Page 4: Connecting with I.C.E. through makerspaces, coding, and big data

0104Curtin MakersCurtin University Library Maker Community

What is a makerspace? A makerspace is a physical space that is used to create and learn

through practical, hands on experiences. Fostering community building; makerspaces encourage experimentation, exploration and

the sharing of tools, materials, knowledge and expertise. Makers

can experiment with 3D printing and robotics alongside learning how to knit and make origami; creating a

collaborative, cross-disciplinary space.

Page 5: Connecting with I.C.E. through makerspaces, coding, and big data

0105Curtin MakersCurtin University Library Maker Community

https://maker.library.curtin.edu.au/

Page 6: Connecting with I.C.E. through makerspaces, coding, and big data

06

Innovating learning for Curtin centres

upon building a highly media rich,

interactive and personalised learning

experience for all our learners. To

facilitate this, CLT are working on a

number of internationally leading

projects and programs.

History

Curtin Learning and TeachingStrategic Innovations in Learning Engagement

Page 7: Connecting with I.C.E. through makerspaces, coding, and big data

0107Next Generation Learning SpacesCollaboration was the first step

• Versatility – what else can they space do? • Adaptability – how does the space

change? • Occupancy – private, public and shared? • Proximity – what spaces are nearby? • Connectivity – what connects and

extends this space?

Page 8: Connecting with I.C.E. through makerspaces, coding, and big data

0108Internet of ThingsConnection is the key

Page 9: Connecting with I.C.E. through makerspaces, coding, and big data

What is Arduino? 09

An open-source ecosystem of hardware and software originating in

Italy but now cloned globally.

http://arduino.cc

Page 10: Connecting with I.C.E. through makerspaces, coding, and big data

Sensing - the connection interface 10

Just as humans connect to the world

via their senses, so too do microprocessors.

“…the universe continues to surprise us, and it only can surprise us if we can

measure it.”

Lawrence Krauss

Page 11: Connecting with I.C.E. through makerspaces, coding, and big data

0111Locating ResourcesA Flipboard curated magazine

h"p://flip.it/KijRd

Page 12: Connecting with I.C.E. through makerspaces, coding, and big data

0112Main takeawaysIf you remember nothing else, remember these.

• Collaborate at every opportunity

• Strive for authenticity

• Critically engage with the changes

• Take in the long view

• Actively engage with complexity

Conclusion

Start with a playful

challenge-based approach

Start with available

tools

Start sooner rather than

later

Start with unlimited thinking

Page 13: Connecting with I.C.E. through makerspaces, coding, and big data

DiscussionVerbal data exchange

Q&

A

Page 14: Connecting with I.C.E. through makerspaces, coding, and big data

Good ByeSee you next time, have nice day